770101394

Number of Pins:	10
Height - Seated (Max):	0.195" (4.95mm)
Size / Dimension:	1.000" L x 0.098" W (25.40mm x 2.50mm)
Supplier Device Package:	10-SIP
Package / Case:	10-SIP
Mounting Type:	Through Hole
Applications:	--
Operating Temperature:	-55°C ~ 125°C
Temperature Coefficient:	±100ppm/°C
Power Per Element:	100mW
Series:	770
Resistor-Ratio-Drift:	--
Resistor Matching Ratio:	--
Number of Resistors:	9
Tolerance:	±2%
Resistance (Ohms):	390k
Circuit Type:	Bussed
Part Status:	Obsolete
Packaging:	Bulk

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Resistor Networks, Arrays

A resistor network, or array, is a type of active circuit element that consists of resistors connected in series or parallel to each other. The purpose of these networks is to provide a circuit with a set of resistances that can be used for various applications. The most common application of a resistor network is the circuit division by resistance, or the division of a voltage across two or more families of resistors. This type of distribution is useful for boards of high-frequency transmission lines, and is also useful for analog signal processing.The term "resistor network" can be used to describe any arrangement of resistors, including the linear one-resistor network, the planar two-resistor network, and the crossed-ladder three-resistor networks. In these networks, the element resistors can be combined in various ways, such as in series, in parallel, in bridge and in ladder, depending on the application. Each configuration provides different linear and nonlinear functions, commonly known as the first-order, second-order, and third-order functions. A resistor network is a special component designed to provide a circuit with a resistive element. A network with several resistors in series or parallel will provide a variety of combinations of resistances that can be used in a circuit. In series combination, the resistance of the total combination is determined by the combination of all resistors. In parallel combination, the voltage is distributed across the series combination, while the current is shared by all resistors.A resistor network can also be used as a means of dividing voltage. Voltage divider networks are used to divide a high voltage supply into lower voltages suitable for powering different parts of a circuit. This is done by placing a series of resistors in a series pattern such that the high voltage supply is divided by the resistors in order to provide different voltages. By increasing the number of resistors, the resistance and the voltage of the network can be adjusted.Resistor networks are widely used in many electrical and electronic applications. They are usually used to provide a stable resistance element in a circuit and to divide voltage across the circuit. This, in turn, allows the circuit to operate properly. In addition, resistor networks are also used to provide a sound isolation in a circuit, as well as to attenuate high frequencies.In the field of 770101394 applications, resistor networks have several important uses. One of the most important uses is their ability to divide voltage. They are also used to provide a soundproof insulation in electronic systems, providing a layer that attenuates high frequencies and helps to reduce interference. Lastly, resistor networks are often used to create a specific impedance in a circuit, helping to limit the voltage and current that can flow through it.All resistor networks share a common working principle, which is to introduce an element that can resist electrical current flow through a circuit. This resistance is provided by a series of resistors connected in certain configurations. Depending on the circuit design, the resistors can be connected in series, in parallel, in bridge, or even in ladder. These different arrangements of resistors will create different levels of resistance, allowing engineers to precisely control the amount of current and voltage that can flow through the circuit. Resistor networks are highly versatile components, offering engineers a wide range of possibilities for use in a variety of circuits. By understanding the basic principles of their operation, engineers can more effectively create circuits that can perform the desired tasks.

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